3D PowerPoint presentation (Hubble Telescope model) - Office Templates
About this deck
Office 365 subscribers can add 3D models
to documents and rotate the angle to show
the right view. If you don’t have a
subscription, the document simply shows a
single view.
This template includes examples of
different views of the same 3D model. Try
adjusting the views or adding in new
models. Learn how
Share your creativity with the 3D
community by adding your own 3D models
at Remix3D.com.
SOLAR PANELS
Named after the famous American
astronomer Edwin Hubble, the Hubble
telescope is powered by six nickelhydrogen batteries, which provide power
to the spacecraft during orbit while it flies
through the Earth’s shadow. The scientific
instrumentation and onboard computers
draw approximately 2800 watts, which are
charged by two 2.45 x 7.56m solar panels.
COMMUNICATIONS ANTENNAS
On-board the Hubble telescope are two
identical S-Band transmitters. In 1998 one
of the transmitters failed, however the
secondary transmitter has kept up with the
extra load by rotating the telescope to
maintain communication. The radio waves
converted from the solid-state recording
system are sent to a NASA communication
satellite, which in-turn relays the
information to Earth.
APERTURE DOOR
The adaptive optics on the Hubble
telescope allow it to conduct highresolution optical visualization over a
wide field of view. The aperture door
itself can be closed if needed, to
prevent light from external sources
from entering the telescope.
LENGTH 13.2m
DIAMETER 2.4m
Office 365 subscribers can add 3D models
to documents and rotate the angle to show
the right view. If you don’t have a
subscription, the document simply shows a
single view.
This template includes examples of
different views of the same 3D model. Try
adjusting the views or adding in new
models. Learn how
Share your creativity with the 3D
community by adding your own 3D models
at Remix3D.com.
SOLAR PANELS
Named after the famous American
astronomer Edwin Hubble, the Hubble
telescope is powered by six nickelhydrogen batteries, which provide power
to the spacecraft during orbit while it flies
through the Earth’s shadow. The scientific
instrumentation and onboard computers
draw approximately 2800 watts, which are
charged by two 2.45 x 7.56m solar panels.
COMMUNICATIONS ANTENNAS
On-board the Hubble telescope are two
identical S-Band transmitters. In 1998 one
of the transmitters failed, however the
secondary transmitter has kept up with the
extra load by rotating the telescope to
maintain communication. The radio waves
converted from the solid-state recording
system are sent to a NASA communication
satellite, which in-turn relays the
information to Earth.
APERTURE DOOR
The adaptive optics on the Hubble
telescope allow it to conduct highresolution optical visualization over a
wide field of view. The aperture door
itself can be closed if needed, to
prevent light from external sources
from entering the telescope.
LENGTH 13.2m
DIAMETER 2.4m